Tischplattendoppelbewegungsschweißens-Kopf-Funktions-Show

Name: Tischplattendoppelbewegungsschweißens-Kopf-Funktions-Show
Uploaded: 2025-12-23CST00:11:39-06:00
Duration: 49 s
Description: Tischplattendoppelbewegungsschweißens-Kopf-Funktions-Show, Ansicht Batterie Industrielle 6000w Metall Laser Schweißmaschine für Aluminium Deckel Hochgeschwindigkeitsschweißen video, nach Qualität Metall-Laserschweißmaschine Lieferant aus China.

Group: Tischplattendoppelbewegungsschweißens-Kopf-Funktions-Show

Release Time: 2023-08-28

Video Keyword: Metall-Laserschweißmaschine

Video Overview

Discover the Battery Industrial 6000w Metal Laser Welding Machine, designed for high-speed welding of aluminium covers in the battery industry. Featuring Hanwei AMB 6000w laser source, this machine ensures precision, smooth surfaces, and excellent sealing performance. Perfect for complex welding tasks with minimal material deformation.

Product Featured in This Video

High-speed welding at 33mm/s for aluminium covers in the battery industry.
Hanwei AMB 6000w laser source ensures precision and high-quality welding.
Excellent sealing performance with a high pass rate of quality products.
Reduces laser reflection and maximizes metal material absorption for efficient welding.
Capable of welding highly reflective materials like copper and aluminum.
Minimal material deformation due to concentrated laser energy.
Automation-friendly, easily integrated into production lines for efficiency.
Cost-effective solution with beautiful, smooth welds reducing post-processing work.

FAQs

What is the welding speed of the Battery Industrial 6000w Metal Laser Welding Machine?

The welding speed is 33mm/s, making it ideal for high-speed applications in the battery industry.

Can this machine weld materials other than aluminium?

Yes, it can effectively weld highly reflective materials like copper and aluminum, as well as dissimilar materials.

What are the advantages of using Hanwei AMB laser welding technology?

Hanwei AMB laser welding offers high precision, minimal material deformation, and seamless integration with automation, reducing costs and improving efficiency.